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A PRESCRIPTION FOR BLOCKCHAIN
Jacky Wong, Benjamin Liang, Edward Cao, Kristin Conner
Blockchain has become one of the newest buzzwords in computer science - but why should
anyone outside of Silicon Valley care? What Blockchain means for you and your health
(From BitCoin News )
The main goal of Blockchain technology is to build a more accessible software to
authenticate and transact immediately without costly intermediaries. Blockchain can be
compared to a Google Document that is shared with multiple people for the purpose of
information exchange. If one person makes edits to the Google Doc, the new information can be
reviewed by every party who has access to the document. The only remaining document is the
current version. This approach differs from the current method for data storage, that allows only
one person to edit a document at a time. The current method is similar to sending a Microsoft
Word document back and forth, where only one party edits, saves, and then sends the
document to other parties. With this current method, there is a potential for alternate versions
to exist.
(From https://blockgeeks.com/guides/what-is-blockchain-technology/ )
How Does Blockchain Work? Simply Explained in 2 Minutes
Blockchain is a way to store important data (the “block”) in a “decentralized” way (the
“chain”) - instead of having one server that can be easily hacked, data is stored across many
different computers (nodes) in a network. When new data or a transaction is added to this
network, it must be validated using known algorithms. Then, the transaction is verified and
added to a ledger or chain of blocks. This makes the addition permanent. Blockchain technology
is used to make data more secure and incorruptible.
Though commonly applied to the financial world, the “block” doesn’t necessarily have to
be Bitcoin! Genetic research has quickly expanded in the past 20 years, and Blockchain
presents a permanent record system for medicinal and genomic data that protects intellectual
property. “Patent trolls,” for example, are able to obtain broad patents for medical marijuana
treatments or other pharmaceuticals, because there is no proof of prior work in the field.
Blockchain not only allows researchers to keep track of their progress away from outside eyes,
but also preserves a strong record of their work should they need to present it and contest a
patent troll’s claim.
(From WhiteHouse.gov)
According to Director of UC Santa Cruz Genomics Institute, David Haussler,
Blockchain’s accuracy and security will make genomic research more collaborative and
trustworthy. By decentralizing research data from a specific country or big company (which is
usually associated with a certain big country), public blockchains would decrease suspicion of
motives. Once the data has been plugged into the blockchain, it is very difficult to replace or
change it back. All transactions on a blockchain are cryptographically secured and provide
integrity. Therefore, it is very useful in genetic field, which requires high security and reliability.
Additionally, because blockchain is inexpensive, it will also open access to less wealthy
countries. Power would be distributed more equally in genetics, a field that is sure to keep
expanding as it increasingly integrates with the medicines we consume.